Lightwave LC UPC to LC UPC Duplex OM2 Fiber Patch Cord 3M

Lightwave LC-LC OM2 Patch Cord

The Lightwave Fiber Patch Cord facilitates high-speed data transmission across local area networks and enterprise data centers. This specific assembly features LC UPC to LC UPC connectors on a 3-meter duplex cable. It utilizes OM2 multimode fiber with a 50/125 micron core diameter, supporting 1Gbps Ethernet over distances up to 550 meters. Consequently, it remains a standard choice for legacy infrastructure upgrades and short-reach backbone connections. The Low Smoke Zero Halogen (LSZH) jacket ensures compliance with fire safety regulations by reducing toxic gas emissions during combustion. Additionally, the ceramic ferrules provide precise alignment to minimize signal loss.

Key Features

• LC UPC Connectors
  Small form factor connectors utilize a pull-proof design and ceramic ferrules for high-density patch panel environments.

• OM2 Multimode Core
  The 50/125µm fiber core is optimized for 850nm and 1300nm wavelengths using LED or VCSEL light sources.

• LSZH Safety Jacket
  The outer sheath consists of flame-retardant materials that emit limited smoke and zero halogen when exposed to high heat.

• Duplex Configuration
  Two fiber strands joined by a zipcord web enable simultaneous bidirectional data flow between networking hardware.

Specifications

What’s in the Box

• 1 x Lightwave LC-LC Duplex MM OM2 Fiber Patch Cord (3M)
• Protective Dust Caps (Pre-installed)

Why Choose This Fiber Solution

• High-precision UPC polishing ensures low back reflection and maintains signal integrity across the link.
• The 3-meter length provides sufficient slack for rack-to-rack patching without creating excessive cable congestion.
• Standardized orange color coding allows for immediate identification of OM2 multimode media within complex cable management systems.
• Therefore, network engineers can deploy this component in sensitive environments requiring strict adherence to fire safety protocols.
• Each unit undergoes rigorous optical testing to verify attenuation parameters meet TIA/EIA industry standards.